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wmlj monitors your Friends List at LiveJournal.com, an online journaling service. It's designed to sit at your WindowMaker dock panel. It checks the Friends List for updates every given time interval, and if some of your friends post new entries, it signals you with a neat graphic animation sequence.

Xprobe is a tool automating the X logic. X is a logic developed from the various Active Operating System Fingerprinting methods discovered during the "ICMP Usage In Scanning" research project.

Netatalk is an OpenSource software package, that can be used to turn an inexpensive *NIX machine into an extremely high-performance and reliable file server for Macintosh computers. Using Netatalk's AFP 3.2 compliant file-server leads to significantly higher transmission speeds compared with Macs accessing a server via SaMBa/NFS while providing clients with the best possible user experience (full support for Macintosh metadata, flawlessly supporting mixed environments of classic MacOS and MacOS X clients) Due to Netatalk speaking AppleTalk, the print-server task can provide printing clients with full AppleTalk support as well as the server itself with printing capabilities for AppleTalk-only printers. Starting with version 2.0, Netatalk seamlessly interacts with CUPS on the server. After all, Netatalk can be used to act as an AppleTalk router, providing both segmentation and zone names in Macintosh networks.

Yconalyzer is a low-overhead pcap utility that provides a bird's eye view of traffic on a particular TCP port, displaying a distribution of duration, volume and throughput over all connections while being able to narrow down to a connection as well.

The Zillion Project is a distributed computing project reminiscent of the good old Zilla.app of NeXTstep days. It is based on GNUstep, the most promising OPENSTEP replacement as of today. Jobs can be created from simple template projects and can be submitted with a single command to the Zillion Server which in turn will distribute the job amongst the registered clients. No other network resources than the distributed objects (DO) port of the server machine has to be available. The key features are as follows: * Rapid turn around cycles for job submission * Dynamic addition/removal of client nodes * Full OO-design * No need for shared network resources * Real-time capabilities * Lean and clean * Open and free LICENSE: BSD

SOCKS servers are a form of proxy that are commonly used in firewalled LAN environments to allow access between networks, and often to the Internet. The problem is that most applications don't know how to gain access through SOCKS servers. This means that network based applications that don't understand SOCKS are very limited in networks they can reach. An example of this is simple 'telnet'. If you're on a network firewalled from the internet with a SOCKS server for outside access, telnet can't use this server and thus can't telnet out to the Internet. tsocks' role is to allow these non SOCKS aware applications (e.g telnet, ssh, ftp etc) to use SOCKS without any modification. It does this by intercepting the calls that applications make to establish network connections and negotating them through a SOCKS server as necessary.

Net::Async::HTTP implements an asynchronous HTTP user agent. It sends requests to servers, returning Future instances to yield responses when they are received. The object supports multiple concurrent connections to servers, and allows multiple requests in the pipeline to any one connection. Normally, only one such object will be needed per program to support any number of requests. As well as using futures the module also supports a callback-based interface. Net::Async::HTTP optionally supports SSL connections, if IO::Async::SSL is installed. If so, SSL can be requested either by passing a URI with the https scheme, or by passing a true value as the SSL parameter.

Gtk# provides C# bindings for Gtk+ libraries to the .NET runtime.

Gtk# provides C# bindings for Gtk+ libraries to the .NET runtime.

This module augments the list of Net::FTP methods with several methods that automatically descend directory structures for you. The methods are: rget - Retrieve an entire directory tree. rput - Send an entire directory tree. rdir - Receive an entire directory tree listing. rls - Receive an entire directory tree listing, filenames only. rdelete - Remove an entire directory tree.